Ultralight armored product and preparation method thereof

Abstract

The invention provides an ultralight armored product. The ultralight armored product comprises a fiber layer press plate, a metal plate bonded onto the surface of the fiber layer press plate, a fibercloth bonded onto the surface of the metal plate, a plurality of packaged small ceramic blocks bonded onto the surface of the fiber cloth, and a fiber cloth bonded onto the surfaces of the plurality of packaged small ceramic blocks, wherein the interiors of the packaged small ceramic blocks are small ceramic blocks, and the exteriors of the packaged small ceramic blocks are packaged by the fiber cloth. The ultralight armored product prevents multiple attacks; through three-dimensional wrapping packaging, the independent small ceramic blocks re-compose an integer, and the integer is high in structural strength, great in mechanical property such as bending property, anti-seismic, and resistant to collision damage; the bullet-proof capability is improved; and the ultralight armored product can be secondarily repaired and used, so that the use efficiency for a ceramic plate is increased. The invention further provides a preparation method for the ultralight armored product.

Description

technical field [0001] The invention relates to the technical field of armor products, in particular to an ultra-light armor product and a preparation method thereof. Background technique [0002] At present, most of the mainstream bulletproof armors are made of metal materials, and some non-metallic composite materials are also available. Metal bulletproof armor has been developed for decades, and the products are mature and cheap. Generally, they are high-strength, high-hardness average steel plates, aluminum alloy plates, or titanium alloy plates, but their weakness is also obviously high surface density. On the other hand, human body protection has higher requirements for lightweight. Sports vehicles such as vehicles and tanks consider fuel economy and movement radius as well as the pursuit of movement flexibility, so the lightweight of bulletproof armor is particularly important. [0003] Regardless of personal protection or vehicle equipment protection, the primary ta...

AI Technical Summary

Problems solved by technology

However, the weakness of fiber composite materials is also very prominent. On the one hand, in the face of transportation equipment and other protection, fiber composite materials are not rigid enough, and traditional metal materials are needed as support. Bulletproof and structural support can play a synergistic role. On the other hand, for Bullets of medium caliber and above with high kinetic energy and high hardness core, the thickness of the fiber laminate is required to be higher, and the impact deformation is large

Composite bulletproof panels made of fiber laminates and ceramics also face large impact deformation and cannot provide structural support.

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